JP2017201752A - Photographing and distributing system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To allow a user to take a group photograph with ease at many places, and further, to allow a user to acquire a photographed image data anywhere at any time.SOLUTION: When a user terminal 140 detects that it is located at a spot where photography is possible by notification from a beacon device 130, at a photographing spot 200, the user terminal 140 requests a management server 110 to photograph by a photographing terminal 120, and then, the management server 110 operates a digital camera 122 of the photographing terminal 120 to acquire image data. The photographing terminal 120 transfers the acquired image data to the management server 110. A user requests the image data to the management server 110 from a user output terminal 150. The management server 110 distributes the image data to the user output terminal 150.SELECTED DRAWING: Figure 7

Description

  The present invention relates to a photography delivery system that is optimal for taking a group photo.

  A group photo is taken as a souvenir photo at a scenic spot such as a historic site, an amusement park, a theme park or the like. Such a group photo is taken by participants, such as family members, friends, etc., including the background. However, in the group photo, when one of the companions takes a picture, the photographer does not become a subject and does not appear in the group photo. Such group photos do not become commemoratives later and cannot be used as family photos on New Year's cards. Furthermore, children and the like feel unfortunate that photographers such as fathers are not shown in the photograph.

  In order to take a group photo of all the participants, the camera is entrusted to another person to request a photo, or the camera is fixed with a tripod and taken using a self-timer. However, it is cumbersome to bring a tripod and use it, and it may not be easy to ask someone else to leave the camera. In recent years, there are cases where shooting is performed with a smartphone, and leaving the smartphone with another person is also dangerous such as theft or leakage of personal information.

  Also, a stick-shaped instrument that is called a self-portrait stick, that is, attached to a camera or a smartphone with a built-in camera to take a selfie is also used. However, shooting with a self-shooting stick is not suitable for shooting with a large number of people, in addition to limiting the shooting range and angle. In addition, some facilities are prohibited from using selfie sticks for safety reasons.

  Furthermore, in amusement parks, theme parks, and the like, a service is also provided in which a group photograph is taken by a photographer or an automatic photographing device, and a photo or image data handed over after a certain period of time or when leaving is provided.

  In Patent Document 1, digital cameras are placed at places where commemorative photos are taken and attraction venues. In addition, visitors rent electronic tags with different tag numbers, and visitors who want to take a photo When a visitor with an electronic tag registered at the digital camera shooting location comes, the control PC causes the digital camera to take a picture of the visitor. Each number is filed in a large-capacity storage, and when the attendee leaves the theme park, the large-capacity storage is accessed with the tag number of this electronic tag, and a photo of the attendee is provided, or the attendee's PC is accessed. A system that can be downloaded is described.

  Patent Document 2 discloses a plurality of photographing units that automatically photograph a user, a wireless tag that is possessed by the user and that transmits identification information for identifying the user, a server that records image data obtained by the photographing unit, and a user An ordering terminal in an automatic photographing system including an ordering terminal that accepts an order for outputting desired image data out of image data recorded in a server, and an output unit that outputs image data accepted by the ordering terminal Is a system that estimates the output end time of image data that has been accepted based on the operating status of the output means and displays it on a monitor when an order is received from a user.

JP 2002-41703 A JP-A-2005-107187

  However, the systems described in Patent Document 1 and Patent Document 2 can only shoot only a specific facility where the system is operating, and the user must have a dedicated tag, so feel free to I ca n’t shoot. In addition, photographs and image data can be acquired only at the facility where the system operates.

  The present invention has been made in view of the above-described problems, and provides a photography distribution system that allows a user to easily take a group photo in many places, and further allows a user to obtain taken image data anywhere at any time. For the purpose.

  The invention according to claim 1, which solves the problem, includes a management server, a user terminal connected to the management server via a network, and a digital camera that captures a predetermined range and acquires image data, A photographing terminal connected to the management server via the network; and a detecting means for detecting that a user holding the user terminal is located at a position where photographing with the photographing terminal is possible, the user The terminal includes photographing request means for requesting the management server to acquire image data by the photographing terminal when the detection means informs the user terminal that the user has been detected, and the management server includes the user An imaging finger that drives the digital camera of the imaging apparatus to acquire image data when receiving a request for imaging from a terminal And the photographing terminal comprises means for transferring photographed image data to the management server, and the management server comprises means for distributing the image data acquired from the photographing terminal based on a request from the user. It is a photography distribution system characterized by comprising.

  The invention according to claim 2 includes a user output terminal connected to the management server via a network and outputting the acquired image data, and the management server responds to a request from the user output terminal. Means for transferring the image data transferred to the user output terminal.

  The invention described in claim 3 is characterized in that the user output terminal includes at least one of a means for displaying image data from the management server and a means for printing.

  The invention according to claim 4 includes a plurality of photographing terminals and a plurality of detecting means corresponding to the photographing terminals, each photographing terminal is provided with a photographing terminal ID, and each detecting means is provided with a detecting means ID. The user terminal is assigned a user terminal ID, and management of the shooting location and user management are performed using at least one of the shooting terminal ID, detection means ID, and user terminal ID. It is characterized by.

  The invention according to claim 5 is characterized in that the management server manages image data based on the user terminal ID.

  According to a sixth aspect of the present invention, the user terminal includes a GPS device that acquires position information of the user terminal, the user terminal transfers the position information to the photographing terminal, and the photographing terminal The server is transmitted with the location information added thereto.

  The invention described in claim 7 is characterized in that the photographing terminal transfers the photographing terminal ID, the user terminal ID, and time information together with the image data to the management server.

  The invention according to claim 8 is characterized in that the management server outputs image data based on a user terminal ID from the user output terminal.

  The invention according to claim 9 is characterized in that the detection means performs the detection by wireless communication, short-range wireless communication, optical communication, voice communication, imaging of a primary or two-dimensional information code, and biological recognition. To do.

  According to the photographic distribution system according to the present invention, the user can easily shoot a group photo at a desired place, and the user can acquire the captured image data anywhere at any time.

That is, according to the photograph delivery system of claim 1, when the detection means detects that the user terminal is located at a place where the user terminal can take an image at the shooting location where the shooting means is disposed, In response to the notification from the detection means, the terminal requests the management server to acquire image data by the digital camera using the photographing request means. Then, the management server drives the digital camera of the photographing terminal by the photographing instruction means to acquire image data. Thereby, the photographing terminal performs photographing. At this time, if the user is located within the shooting range of the digital camera, a group photo including the user can be taken together with the background. Then, the photographing terminal transfers the photographed image data to the management server, and the management server distributes this image data based on the user's request.
Therefore, the user can easily take a group photo, and further, the user can acquire the taken image data anywhere at any time.

  According to the invention described in claim 2, since the image data is transferred to the user output terminal in response to a request from the user output terminal connected to the management server, the user can take the captured image data anywhere. You can get it anytime.

  According to the third aspect of the present invention, the user can display and print the image data acquired from the management server by the user output terminal.

  According to the fourth aspect of the present invention, the management of the shooting location and the management of the user are performed using at least one of the individually provided shooting terminal ID, detection means ID, and user terminal ID. Therefore, even if a plurality of users take pictures at a plurality of shooting locations, appropriate management can be performed.

  According to the invention described in claim 5, since the image data is managed on the management server based on the user terminal ID, the image data is not confused with the image data of other users.

  According to the sixth aspect of the present invention, since the position information acquired by the GPS device of the user terminal is added to the image data from the photographing terminal and transmitted to the management server, the user can photograph the image data. It is possible to acquire the position data of the spot.

  According to the seventh aspect of the present invention, the image data transferred from the image capturing terminal to the management server is added with the image capturing terminal ID, the user terminal ID, and the time information. You can acquire and use each information together.

  Further, according to the invention described in claim 8, since the image data is transmitted from the management server based on the user terminal ID from the user output terminal, the user can surely acquire only his / her own image data, It is possible to prevent other users from acquiring their own image data.

  Further, according to the invention described in claim 9, the detection by the detection means is performed by wireless communication, short-range wireless communication, optical communication, voice communication, imaging of a primary or two-dimensional information code, and biological recognition. Therefore, detection can be performed quickly and accurately without contact.

It is a block diagram which shows the whole structure of the photography delivery system which concerns on Embodiment 1 of this invention. It is a block diagram which shows the structure of the management server in the photography photography delivery system. It is a block diagram which shows the structure of the imaging | photography terminal in the photography photography delivery system. It is a block diagram which shows the structure of the user terminal in the photography photography delivery system. It is a block diagram which shows the structure of the user output terminal in the same photography distribution system. It is a timing chart which shows the transmission / reception state of the data of the photography photographing delivery system. It is a schematic diagram which shows the transmission / reception state of the data of the same photography distribution system. The processing of the photo photographic distribution system is shown, wherein (a) is a flowchart showing a preparation procedure, (b) is a flowchart showing a procedure for taking a trade name photo, and (c) is a flowchart showing an image data acquisition procedure.

  A photography distribution system according to an embodiment for carrying out the present invention will be described.

<Embodiment 1>
A photography distribution system according to Embodiment 1 of the present invention will be described. FIG. 1 is a block diagram showing the overall configuration of a photograph delivery system according to Embodiment 1 of the present invention.
The photography delivery system 100 according to the present embodiment includes a management server 110, a photography terminal 120, a beacon device 130 serving as detection means, a user terminal 140, and a user output terminal 150. In the photograph photographing distribution system 100, the management server 110, the photographing terminal 120, the user terminal 140, and the user output terminal 150 are connected by a line such as the Internet 160 as a network. The beacon device 130 can communicate with the user terminal 140.

  The management server 110 is installed in the management company of the photo shoot distribution system 100. In addition, a plurality of photographing terminals 120 are arranged at photographing locations 200 such as sightseeing spots, scenic spots, theme parks, amusement parks, and other places suitable for taking group photographs. A plurality of beacon devices 130 are arranged corresponding to the photographing terminals 120. In FIG. 1, one photographing terminal 120 and one beacon device 130 are illustrated.

The user terminal 140 is owned by the user. A plurality of user terminals 140 are used corresponding to a plurality of users.
The user output terminal 150 is used by a user, and a plurality of user output terminals 150 are used corresponding to a plurality of users. The user can access the management server 110 from the user output terminal 150 to acquire image data captured by the user terminal 140, and display and print it. In FIG. 1, one user terminal 140 and one user output terminal 150 are illustrated.

Next, the configuration of the management server 110 will be described. FIG. 2 is a block diagram showing the configuration of the management server in the photo photographic distribution system. The management server 110 includes a communication control unit 111, an image data output management unit 112, an image data input management unit 113, a user management unit 114, a photographing terminal management control unit 115 serving as a photographing instruction unit, and an image database 116. Is provided.
The management server 110 includes a known computer including a CPU (Central Processing Unit), a RAM (Random Access Memory), a ROM (Read Only Memory), and the like, and processes each of the above-described programs by processing a program installed as application software. Implement the functions of the processing unit.

  The communication control unit 111 controls communication with the photographing terminal 120, the user terminal 140, and the user output terminal 150 via the Internet 160. The image data output management unit 112 outputs the image data stored in the image database 116 to the user output terminal 150 in response to a request from the user output terminal 150. The image data output management unit 112 collates the user terminal ID and password from the user terminal 140 and outputs the image data.

  The image data input management unit 113 receives image data from the photographing terminal 120, manages it, and stores it in the image database 116. Image data is stored based on the user terminal ID. The user management unit 114 manages user terminal IDs and passwords of a plurality of users, and collates the user terminal IDs and passwords when the user accesses the user output terminal 150.

  The photographing terminal management control unit 115 manages the photographing terminal 120 based on the imaging device ID, and outputs a photographing instruction to the photographing terminal 120. Therefore, the photographing terminal management control unit 115 functions as a photographing instruction unit. The image database 116 stores image data from a large number of photographing terminals 120 for each user terminal ID. Each image data is added with a user terminal ID, an imaging device ID, user terminal position information, and time.

Next, the configuration of the photographing terminal 120 will be described. FIG. 3 is a block diagram showing a configuration of a photographing terminal in the photograph photographing distribution system. The photographing terminal 120 includes a communication control unit 121, a digital camera 122, and an image data transmission unit 123. The photographing terminal 120 shoots a group photo including a background, is given a unique photographing terminal ID, and obtains the current time (T: time information).
The communication control unit 121 and the image data transmission unit 123 of the photographing terminal 120 are configured by a known computer including a CPU (Central Processing Unit), a RAM (Random Access Memory), a ROM (Read Only Memory), and the like, and are installed as application software. The functions of the respective processing units described above are realized by processing the programmed programs.

  The communication control unit 121 controls communication with the management server 110 via the Internet 160. The digital camera 122 includes an imaging element and an imaging element, captures a predetermined range including the background, and outputs image data. The image data transmission unit 123 outputs the image data acquired by the digital camera 122 to the management server 110. The image data input management unit 113 adds to the image data from the image data output management unit 112 the time information (T) acquired by the image data output management unit 112, the beacon ID (B) as the detection means ID, and the photographing terminal ID ( C), the user terminal ID (P) and the position information (G) are added and sent to the communication control unit 121.

The beacon device 130 is disposed in the vicinity of the photographing terminal 120. The beacon device 130 transmits a weak radio wave that conveys the beacon ID to the user terminal 140, and when the user terminal 140 enters the vicinity of the beacon device 130, that is, the range that can be photographed by the photographing terminal 120, the user terminal 140 Receive a radio wave and acquire a beacon ID.
For the beacon device 130, for example, a known “iBeacon (registered trademark)” using Bluetooth (registered trademark) Low Energy (BLE) can be used. When the user terminal 140 that has received the radio wave from the beacon device 130 receives the radio wave from the beacon device 130 with a dedicated application, the user terminal 140 is connected to the management server 110 and can request the management server 110 to take a picture with the shooting terminal 120. It becomes.

  Next, the user terminal 140 will be described. FIG. 4 is a block diagram showing a configuration of a user terminal in the photograph photographing distribution system. The user terminal 140 is a mobile terminal device such as a smartphone or a tablet PC (personal computer), and is connected to the Internet 160 via a public line. The user terminal 140 has a known configuration including a CPU (Central Processing Unit), a RAM (Random Access Memory), a ROM (Read Only Memory), and the like, and an application for the user terminal 140 is installed and processed by the CPU. This realizes the function of each means described later. The user terminal 140 operates using OS (Operating System) such as iOS (registered trademark), ANDROID (registered trademark), WINDOWS (registered trademark), or the like.

  The user terminal 140 includes a communication control unit 141, a shooting request unit 142, a display input unit 143, a beacon recognition connection unit 144, and a GPS device 145. The communication control unit 141 controls communication with the management server 110 via the Internet 160. When receiving the notification from the beacon device 130, the imaging request unit 142 makes a requestable state for driving the digital camera 122 of the imaging terminal 120 to acquire image data from the management server 110. At this time, the received beacon ID (B) of the beacon device 130, the user terminal ID (P) of the user, and the location information (G) of the user terminal 140 are transmitted from the user terminal 140 to the management server 110.

  The request for shooting is made when the user enters the shooting range of the digital camera 122 of the shooting terminal 120 and is ready for shooting, that is, when a ready signal is received from the management server 110. When receiving the ready signal, the imaging request unit 142 displays a shutter button on the display input unit 143.

The display input means 143 is composed of a liquid crystal touch panel, and for the above-described shooting request, a shutter button is displayed and a shooting request is made by a touch operation and an action operation such as shaking the terminal.
The beacon recognition connection unit 144 receives a radio wave from the beacon device 130 to acquire a beacon ID, and starts up the imaging request unit 142. The GPS device 145 receives a signal from an artificial satellite and acquires position information (G).

  Next, the user output terminal 150 will be described. FIG. 5 is a block diagram showing a configuration of a user output terminal in the same photograph delivery system. The user output terminal 150 is realized by a computer connected to the management server 110 via the Internet 160. The user output terminal 150 has a known configuration including a CPU (Central Processing Unit), a RAM (Random Access Memory), a ROM (Read Only Memory), and the like, and by executing software and connecting to the management server 110. The image data specified by the user terminal ID is acquired and displayed or printed.

  The user output terminal 150 includes a communication control unit 151, an image display unit 152, an input unit 153, a web browser 154 that is software, and a printer 155. The communication control unit 151 controls communication with the management server 110 via the Internet 160. The image display unit 152 displays the web browser 154 and the acquired image data. The input unit 153 is a keyboard, a mouse, and a touch panel, and performs an operation of the web browser 154 and a print instruction to the printer 155. The web browser 154 is well-known Internet browsing software.

  The user accesses the home page provided by the management server 110, inputs the user terminal ID and password, and acquires desired image data from the image data specified by the designated user terminal ID. The printer 155 prints a photo on printing paper based on the acquired image data. As the printer 155, an ink jet printer can be used. In addition, as the user output terminal 150, a smart phone, a tablet terminal, etc. other than the computer mentioned above can be used. Furthermore, the user terminal 140 can be the user output terminal 150.

  Hereinafter, a procedure in which a user takes a group photo using the photo delivery system 100 to acquire image data will be described. FIG. 6 is a diagram showing a data exchange state of the photograph delivery system, FIG. 7 is a schematic diagram showing a data exchange state of the photograph delivery system, and FIG. 8 shows a process of the photograph delivery system. (A) is a flowchart which shows a preparation procedure, (b) is a flowchart which shows the photography procedure of a trade name photograph, (c) is a flowchart which shows an image data acquisition procedure.

  First, as shown in FIG. 7 and FIG. 8A, as a preparation, the photographing terminal 120 and the beacon device 130 are installed at the photographing location 200 (SA1). In addition, the user installs an application for realizing the beacon recognition connection unit 144 and the imaging request unit 142 in the user terminal 140 (SA2). Further, the user connects to the management server 110 from the user terminal 140 or his / her computer, and registers as a member of the photography distribution system 100 to set the user terminal ID, password, payment method, and the like (SA3). The management server 110 creates a folder of image data for each user terminal ID in the image database 116.

  Next, a procedure for taking a group photo will be described. When the user terminal 140 approaches the beacon device 130, that is, enters the area where the photographing terminal 120 can perform photographing, the user terminal 140 is in a state where it can receive weak radio waves. The user terminal 140 receives this radio wave ((1) Beacon reception in FIGS. 6 and 7: FIG. 8B (SB1 in FIG. 8B)). At this time, the beacon ID (B) is transmitted to the user terminal 140, and which beacon device 130 is adjacent to the user terminal 140 is distinguished by the beacon ID.

  When the user terminal 140 receives radio waves from the beacon device 130, the user terminal 140 activates the imaging request unit 142 (same SB2), and connects the user terminal 140 to the management server 110 ((2 in FIGS. 6 and 7). ) Connection 1). At this time, beacon ID (B), user terminal ID (P), and position information (G) are transmitted. Then, the management server 110 is connected to the beacon device 130 specified by the beacon ID (B) ((3) connection 2 in FIGS. 6 and 7). In this state, the user enters the shooting location 200 (SB3). Although not shown in FIG. 6, when the photographing terminal 120 receives the (3) connection 2 signal from the management server 110, a reply is sent from the photographing terminal 120 to the management server 110.

  Then, the management server 110 is connected to the photographing terminal 120, and the user terminal ID (P) is transmitted from the user terminal 140 to the management server 110 (SB4). The management server 110 makes the photographing terminal 120 prepare for photographing (SB5), and when the preparation is completed, transmits a ready signal to the user terminal 140 as ready ((4) Ready signal: (same as FIG. 6 and FIG. 7)). SB6)). In a state where the user terminal 140 receives this ready notification, the user touches the shutter button displayed on the display input unit 143 by the shooting request unit 142 of the user terminal 140 to request the management server 110 to perform shooting ((5 ) Photo request: (SB7)). The photographing request includes a user terminal ID (P), position information (G), and beacon ID (B).

  The management server 110 receives a photographing request from the user terminal 140 and instructs the photographing terminal 120 to perform photographing ((6) photographing instruction in FIGS. 6 and 7: (SB8)). The photographing terminal 120 performs photographing with the digital camera 122 to acquire image data (SB9), and transmits this image data to the management server 110 ((7) Image data transmission in FIGS. 6 and 7: (SB10)). . Time information (T), beacon ID (B), photographing terminal ID (C), user terminal ID (P), and position information (G) are added to the image data. Multiple shootings can be performed in response to a user request, and image data is sent from the shooting terminal 120 to the management server 110 each time. The management server 110 organizes the image data from the user terminal 140 based on the user terminal ID (P) and stores it in the image database 116 (SB11).

Next, a procedure for acquiring image data by the user will be described. When the user wants to acquire image data, the user connects to the management server 110 at the home computer which is the user output terminal 150 on the spot or after returning home ((8) Image data request in FIGS. 6 and 7): SC1 in FIG. The user uses the web browser 154 of the user output terminal 150 to connect the user output terminal 150 to the management server 110 via the Internet. At this time, a user terminal ID (P) and a password (Pass) are transmitted (same SC2). At this time, it is possible to specify the photographing terminal ID and the time range.
The management server 110 collates the user terminal ID (P) with the password (Pass), and transmits the requested photographing terminal ID (C) and image data belonging to the time range to the user output terminal 150 (FIG. 6). And (9) Image data transmission in FIG. The image data to be sent is added with a photographing terminal ID (C), time information (T), and position information (G).

  In the user output terminal 150, the acquired image data is downloaded and displayed on a display, stored in another medium, or printed by the printer 155 (same SC3). As a user output device, not only a computer but also a smartphone 150a (FIG. 7) can be used. Thereby, the group photo taken easily on the go can be displayed on the smartphone 150a.

As described above, according to the photography delivery system 100 according to the first embodiment, the user can easily take a group photo including all the participants, and the user can also obtain image data of the taken group photo. Acquire, display and print anywhere and anytime.
In addition, shooting terminals are installed at the heights of the theme parks, mountain peaks, race circuits, etc., and dynamic photographs can be taken at angles that humans cannot shoot.

<Other embodiments>
In the embodiment, a beacon device is used as the detection means. In the present invention, in addition to the beacon device, detection means can perform detection by optical communication, short-range wireless communication, voice communication, primary or two-dimensional information code imaging, or biometric recognition.

  Near field communication is also referred to as non-contact communication, and an NFC (Near field radio communication) chip is arranged in the vicinity of the photographing terminal 120, and this NFC chip is read by the user terminal 140 to obtain a detection means ID. When using this short-range wireless communication, the user terminal 140 needs to include a short-range wireless communication receiving unit.

  In the case of using optical communication, an infrared ray or the like including the detection unit ID as a signal is emitted from the detection unit, and the infrared ray is acquired by the user terminal 140 with a built-in camera to acquire the detection unit ID. Similarly, when using voice communication, a non-audible sound including the detection means ID as a signal is output from a speaker installed in the detection means, and the sound is detected by the microphone of the beacon device 130 to obtain the detection means ID. To do.

  When a primary or two-dimensional information code is used, for example, a QR code (registered trademark) is displayed in the vicinity of the photographing terminal 120, read by the user terminal 140, and the detection means ID is transmitted to the user terminal 140. .

As biometric authentication, face authentication, fingerprint authentication, iris, retina, blood vessel, voice, and the like can be used. When performing face authentication, the photographing terminal 120 is used as detection means, the face image data acquired by the digital camera 122 is subjected to image processing, and compared with the face image data of the user registered in advance, and authentication is performed. The detection means ID is transmitted to 140.
When other biometric authentication is performed, a sensor such as a fingerprint is installed as a detection unit in the vicinity of the photographing terminal 120 and is compared with information registered in advance, and the detection unit ID is transmitted to the user terminal 140. To do.

100: Photo shooting distribution system 110: Management server 111: Communication control unit 112: Image data output management unit 113: Image data input management unit 114: User management unit 115: Shooting terminal management control unit (shooting instruction means)
116: Image database 120: Shooting terminal 121: Communication control unit 122: Digital camera 123: Image data transmission unit 130: Beacon device (notification means)
140: user terminal 141: communication control unit 142: photographing request unit 143: display input unit 145: GPS device 150: user output terminal 151: communication control unit 152: image display unit 153: input unit 154: web browser 155: printer 160 : Internet 200: Shooting location

Claims (9)

A management server,
A user terminal connected to the management server via a network;
A digital camera that captures a predetermined range to acquire image data, and is connected to the management server via the network;
Detecting means for detecting that a user holding the user terminal is located at a position where photographing with the photographing terminal is possible,
The user terminal includes photographing request means for requesting the management server to acquire image data by the photographing terminal when the detecting means informs the user terminal that the user is detected.
The management server includes shooting instruction means for driving the digital camera of the shooting terminal to acquire image data when receiving a shooting request from the user terminal;
The photographing terminal includes means for transferring photographed image data to the management server,
The management server includes means for distributing the image data acquired from the photographing terminal based on the user's request,
A photography distribution system characterized by this. A user output terminal connected to the management server via the network and outputting the acquired image data;
2. The photo photographic distribution system according to claim 1, wherein the management server includes means for transferring image data transferred by the photographic terminal to the user output terminal in response to a request from the user output terminal.   3. The photographic distribution system according to claim 2, wherein the user output terminal includes at least one of a means for displaying image data from the management server and a means for printing. A plurality of photographing terminals and a plurality of detecting means corresponding to the photographing terminals, each photographing terminal is provided with a photographing terminal ID, each detecting means is provided with a detecting means ID, and each user terminal is provided with User terminal ID is given,
The management of a shooting location and the management of the user are performed using at least one of the shooting terminal ID, the detection means ID, and the user terminal ID. The photo shoot distribution system according to claim 1.   The photography management system according to claim 4, wherein the management server manages the image data based on the user terminal ID.   The user terminal includes a GPS device that acquires position information of the user terminal, the user terminal transfers the position information to the shooting terminal, and the shooting terminal adds the position information to the management server. The photo photographic distribution system according to any one of claims 1 to 5, wherein transmission is performed.   5. The photograph delivery system according to claim 4, wherein the photographing terminal transfers the photographing terminal ID, user terminal ID, and time information together with the image data to the management server.   The photograph management distribution system according to claim 2 or 3, wherein the management server outputs image data based on a user terminal ID from the user output terminal. The detection unit performs the detection by wireless communication, short-range wireless communication, optical communication, voice communication, imaging of a primary or two-dimensional information code, and biometric recognition. The photography distribution system according to any one of the above.